UAE launches first domestically developed hybrid rocket
Technology Innovation Institute achieves maiden flight, advancing sovereign space launch capability
ABU DHABI, UAE (MNTV) — The United Arab Emirates successfully launched its first sounding rocket powered entirely by a domestically developed hybrid propulsion system, marking a major milestone in the country’s pursuit of sovereign space capabilities.
The launch, conducted by the Technology Innovation Institute (TII) under the Advanced Technology Research Council, demonstrates the UAE’s growing ability to independently design, build, and operate advanced aerospace technologies.
The rocket lifted off, reaching an altitude of three kilometers before safely descending for recovery.
The flight validated the hybrid propulsion system, vehicle control architecture, and structural integrity, concluding the final stage of an extensive development and testing program led by TII.
Dr. Najwa Aaraj, CEO of TII, described the achievement as a “defining moment” for UAE science and engineering.
“This mission proves that the UAE can develop breakthrough technologies and operate them safely in real-world conditions. It is the first step toward building a national launch capability powered entirely by local talent and expertise,” she said.
The hybrid engine combines nitrous oxide (N₂O) with high-density polyethylene fuel, blending the simplicity of solid rockets with the controllability of liquid systems.
TII’s self-pressurizing design eliminates complex ground infrastructure and cryogenic handling, making the propulsion system safer, cost-effective, and suitable for suborbital research, technology demonstration, and early-stage launch vehicles.
All key components—including injectors, tanks, avionics, and control systems—were designed, manufactured, and qualified within the UAE. Prior to flight, the propulsion system underwent rigorous cold-flow and hot-fire static tests to ensure reliability and performance.
The rocket structure employed advanced composite materials, with carbon fiber used for the main body and fins to withstand flight stresses, and a glass fiber nosecone to allow radio and navigation signals to pass unobstructed.
These techniques reflect modern aerospace standards and underline the UAE’s commitment to localizing high-performance technology.
This successful launch underscores the UAE’s transition from research-driven innovation toward operational space launch capability, reinforcing the country’s position in the global space sector and its ambition to develop end-to-end, sovereign aerospace technologies.
We must take charge of our narrative. Research indicates that 92% of their Muslim coverage is negative. Help us change that.
Have Your Say!
Have you been affected by the issues raised in this story? Please share your experiences by emailing haveyoursay@soundvision.com.
Please include a contact number if you are willing to speak to a Muslim Network TV’s representative. You can also get in touch in the following ways:
Tweet: @MuslimNetworkTV
